Imaging Sensor	640 x 480 VOx Microbolometer
Sensitivity	50mK
Field of View	25� x 18�/ 0.4m (0.05�C)
Frame Rate	30Hz
Focus	Manual
Image Modes	IR/PIP/Fusion
Display	3.5" 640x480 LCD Touchscreen
Palettes	6
Temperature Calibration Range	-20�C to 100�C
Accuracy	+/-2�C or 2% (whichever is greater)
Spot Size Ratio	500:1 (standard lens)
Recording Media	Internal memory/CF card
Number of Images	512MB (600 HiRes Images)
Recording Modes	Snap shot/Sequence (optional)
Target Marker	Dual laser line target identifier
Battery	Rechargeable Lithium-ion
Operating Temperature	-5�C to 50�C
Storage Temperature	-30�C to 70�C
Shock	25G, IEC 68-2-29
Vibration	2G, IEC 68-2-6
Weight	2.7 lbs
Dimensions	7.5" x 7.5" x 3"
Digital Output	USB2.0
Video Output	NTSC

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Applications

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	Mold and Moisture Detection There has been an increased awareness of the danger of mold in homes, office buildings and schools and the resulting health impact on individuals. The effect of mold on health is dependent upon the concentration of spores in the immediate area and the allergic reaction to the individual. Potential health problems associated with mold exposure can take the form of allergic reactions or asthma. In addition to incidental moisture egress, the near catastrophic impact of flooding on commercial buildings has created an entire remediation industry. Thermal imaging permits building owners and insurance companies to identify the extent of water damage, and, by delivering rapid drying or remediation services, to save in building restoration.
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	Roofing Inspection Thermal imaging of flat roof systems is an extremely cost effective technique for evaluating the integrity of a wide range of built-up roofs and for ultimately reducing the cost of roof maintenance and repair. Proper maintenance must begin even before leaks are evident inside the building since surface damage to the outer membrane can cause water to be absorbed into sub-surface insulation layers. The amount of retained water can be significant and result in major structural deterioration near the leak location as well as to otherwise healthy roof areas. Thermal imaging techniques quickly locate the areas where retained moisture is trapped in subsurface insulation allowing immediate targeted repair of only the damaged areas. By exploiting the differences in thermal capacitance of moist and dry roof areas, retained moisture in these roof systems can be quickly located.
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